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- W2904327240 abstract "In the last 20 years, microwave-induced chemistry has become an accepted approach, especially for organic syntheses. This is also accompanied by the development of microwave equipment and peripheral devices for monitoring such reactions. As an alternative to conductive heating, microwave heating has certain benefits such as improved reaction kinetics due to the rapid increase in temperature and selective heating without any heating media. These effects can be attributed to the intrinsic characteristics of the microwaves and are thus called the microwave effect. Although microwave techniques are rapid, clean, and energy-saving, certain aspects of microwave-mediated reactions, such as the non-uniform microwave spots in the microwave cavity and low permeability activity of microwaves need to be improved. The continuous flow system technology has significantly higher reaction efficiency compared with the batch system, wherein the reaction takes place in a flask or reaction vessel via the secure contact between the reagents and substrates in a narrow channel. Furthermore, microwave-mediated continuous flow chemistry has developed enterprisingly in the past decade to overcome the difficulties and potential risks in the scale-up operation of the microwave-mediated methods. The prominent features of microwave-mediated continuous flow methods are applicable to the homogeneous liquids, liquid-solid (solid catalysts), liquid-gas, and liquid-solid-gas reaction combinations at elevated pressures and temperatures, including those above the boiling points of the carrier solvents, in an individually sealed channel. As a result, the microwave-mediated continuous flow chemistry can reduce the reaction time, improve the reactivity and productivity, and produce high-grade and homogeneous products with fewer byproducts. In this special issue on “Flow/Microwave Chemistry”, 15 distinguished experts review cutting-edge research on microwave-mediated flow chemistry across a range of areas including syntheses, theory and analyses, development of reactors, and history. It is a great honor for me (Figure 1) to be a guest editor in this special issue, and I would like to extend my heartfelt gratitude to all the contributors. Finally, I would like to express my gratitude to Professor Hisashi Yamamoto, Chubu University, Japan, former Editor-in-Chief of The Chemical Record and Dr. Brian P. Johnson, Publisher & Managing Editor of The Chemical Record for their great cooperation in giving me this opportunity. Hironao Sajiki Hironao Sajiki, Gifu Pharmaceutical University (Japan) Guest Editor" @default.
- W2904327240 created "2018-12-22" @default.
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- W2904327240 date "2018-12-13" @default.
- W2904327240 modified "2023-09-27" @default.
- W2904327240 title "Special Issue: Flow/Microwave Chemistry" @default.
- W2904327240 doi "https://doi.org/10.1002/tcr.201800187" @default.
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